SOLUTION 01 / INDUSTRIAL & PHARMACEUTICAL
From low-temperature secondary refrigeration to high-temperature process heating. Match the thermal fluid to the temperature window, equipment and materials that matter.
Discuss your applicationYOUR PROCESS, CONSIDERED
API synthesis and sterile process cooling cross a wide temperature window in one circuit. LM-4-BP is formulated with pure organic additives and no inorganic salt for pharmaceutical duty, and the pharmaceutical project records show brine-and-steam systems replaced by a single thermal fluid.
Alcohol, salt and anhydrous fluid families for indirect refrigeration. Compare low-temperature viscosity alongside freeze protection.
LM-9, LM-11 and LM-15 are described as bidirectional heat transfer fluids. LM-7 is presented as a low-temperature secondary refrigerant whose catalogue range extends to +150°C.
Anhydrous hydrocarbon and silicone formulations for processes where moisture must be controlled.
LM-16 provides dedicated process-heating grades. LM-16C is listed up to +340°C, subject to system and technical approval.
START WITH THE RIGHT QUESTIONS
These details help turn a product shortlist into a meaningful technical discussion.
RELEVANT PRODUCT FAMILIES
Explore these families, then confirm the exact model and operating conditions.
Versatile glycol-type heat transfer fluids
Ultra-low-temperature, anhydrous coolants
Wide-range organic heat transfer fluids
Silicone-based heat transfer fluids
High-temperature heat transfer fluids
The catalogue contains both combustible and non-combustible formulations. Several families recommended for this application are alcohol-based, so check the flash point, ventilation and any hazardous-area requirements on the model TDS before you specify.
A coolant quote is only comparable when the model, concentration, quantity, packaging, delivery basis and technical documents match. Use this checklist before choosing on price.
Aluminium's protective oxide is stable only between pH 4 and 9. What that means for choosing a secondary coolant, and why some model codes carry a trailing L.
Sizing a loop needs the cooling load, the fluid's specific heat and the temperature rise you allow. See how they relate, and why fluid choice barely moves it.
